Anti-cancer properties of soybeans.

Anti-cancer properties of soybeans. The proteins found in soybeans could inhibit the growth of colon, liver and lung cancers according to new research.Soybean meal is a bi-product of oil extraction from soybean seeds and used to feed livestock. It is rich in protein, which usually makes up around 40% of the nutritional components of the seeds and also contain high oleic acid.#soybeans. The study showed the role soybeans could have in the prevention of cancer. Using a variety of soybean lines which were high in oleic acid and protein, the researchers to monitored the bioactivity between the peptides derived from the meals of soybean and various types of human cancer cells. The study showed that peptides derived from soybean meal significantly inhibited cell growth by 73% for colon cancer, 70% for liver cancer and 68% for lung cancer cells using human cell lines. #cancer #soybeans.

Soybean meal positively affects pigs with PRRSV.

Soybean meal positively affects pigs with PRRSV. Porcine reproductive and respiratory syndrome virus (PRRSV) is the most widespread disease in the swine industry. In sows, PRRSV causes reproductive problems during gestation, including abnormal litters or abortions. Growing pigs with the disease will have respiratory problems and poor growth. Increased soybean meal concentrations in the diet may help alleviate the effects of PRRSV in infected weanling pigs. PRRSV infected pigs fed high soybean meal concentrations had a more efficient virus elimination compared to PRRSV infected pigs fed the low soybean meal diet. Soybean meal is the primary protein source fed to swine. It also contains isoflavones, compounds that have anti-inflammatory and antiviral properties. Soybean meal positively affects pigs with PRRSV.

PORCINE EPIDEMIC DIARRHOEA VIRUS AND FEED INGREDIENTS.

The porcine epidemic diarrhoea virus has been observed to survive in feed ingredients,this was demonstrated by some researchers who demonstrated this using a model as a point of study. The scientists used a model simulating shipment from China to the United States, as reported in BMC Veterinary Research. This is proof of concept suggesting that contaminated feed ingredients could serve as transboundary risk factors for PEDv, along with the identification of effective mitigation options. The scientists stated that this study describes a model developed to evaluate the transboundary risk of PEDv-contaminated swine feed ingredients and the effect of two mitigation strategies during a simulated transport event from China to the US. They stated that Ingredients imported to the USA from China, including organic & conventional soybeans and meal, lysine hydrochloride, D-L methionine, tryptophan, Vitamins A, D & E, choline, carriers (rice hulls, corn cobs) and feed grade tetracycline, were inoculated with PEDv. The control ingredients, and treatments (ingredients plus a liquid antimicrobial (SalCurb, Kemin Industries) or a 2% custom medium chain fatty acid blend) were tested. The model ran for 37 days, simulating transport of cargo from Beijing, China to Des Moines, IA, US from 23 December 2012 to 28 January 2013. To mimic conditions on land and sea, historical temperature and percent relative humidity (% RH) data were programmed into an environmental chamber which stored all containers. To evaluate PEDv viability over time, ingredients were organised into 1 of 4 batches of samples, each batch representing a specific segment of transport. Across control (non-treated) ingredients, viable PEDv was detected in soybean meal (organic and conventional), Vitamin D, lysine hydrochloride and choline chloride. In contrast, viable PEDv was not detected in any samples treated with the liquid antimicrobial or the medium chain fatty acid blend. The United States Department of Agriculture (USDA) pointed out that PEDv might have entered the United States in May 2013 by ways of tote bags. The new research shows a different way of transmission, but it's not proven which road the infection took in 2013. What it does show is that there appears to be a risk related to some long-distance feed trade. Ex